Sewer gas diaphragms serve in the temporary storage of fermentation gas and biogas which are used as fuel for heat recovery or steam generation.
Properties
High tensile strength, high flexibility, high media resistance, resistant to temperatures from -30°C to +70°C.
Highly impermeable to gases.
No weakness of the seam when exposed to condensate, contrary to cold-bonded diaphragms.
Lasts for years (more than 100,000 strokes).
Technical
A reciprocating piston moves up and down in the sewer gas holder, adjusting the stored volume to the fill volume and keeping the gas at working pressure.
In all states of movement, ContiTech's diaphragm maintains a tight seal between the gas-holder wall and the piston.
Material used
Reinforcing material made from high-strength, low-stretch polyamide or polyester fabric.
Fabric coated on both sides with chloroprene-base rubber .
Sewer gas diaphragms serve in the temporary storage of fermentation gas and biogas which are used as fuel for heat recovery or steam generation.
Properties
- High tensile strength, high flexibility, high media resistance, resistant to temperatures from -30°C to +70°C.
- Highly impermeable to gases.
- No weakness of the seam when exposed to condensate, contrary to cold-bonded diaphragms.
- Lasts for years (more than 100,000 strokes).
Technical
A reciprocating piston moves up and down in the sewer gas holder, adjusting the stored volume to the fill volume and keeping the gas at working pressure.
In all states of movement, ContiTech's diaphragm maintains a tight seal between the gas-holder wall and the piston.
Material used
- Reinforcing material made from high-strength, low-stretch polyamide or polyester fabric.
- Fabric coated on both sides with chloroprene-base rubber .
